The 2026 Aluminum Salt and Ferrous Salt Water Treatment Agent Industry Conference was held, focusing on green and low-carbon upgrades.

In June 2026, the Innovation and Development Conference of the Aluminum Salt and Ferrous Salt Water Treatment Agent Industry was held in Chengdu. More than 230 experts, scholars, and enterprise representatives discussed cutting-edge technologies such as coagulant innovation, carbon footprint management, and intelligent dosing under the theme of "Green Leadership, Low-Carbon Empowerment, and Intelligent Drive," setting the tone for the upgrading of the water treatment agent industry during the 15th Five-Year Plan period.

From June 26th to 28th, 2026, the "2026 Innovation and Development Conference of Aluminum Salt and Ferrous Salt Water Treatment Agent Industry" was held in Chengdu, Sichuan. At the beginning of the 15th Five-Year Plan period, aluminum salt and ferrous salt water treatment agents, as basic environmentally friendly materials covering the entire chain of municipal and industrial water treatment and ecological restoration, are ushering in important opportunities for green expansion and industrial upgrading.

The conference was hosted by the Inorganic Acids, Bases and Salts Professional Committee of the Chinese Chemical Society and the National Inorganic Salts Information Center. More than 230 industry representatives discussed the theme of "Green Leadership, Low-Carbon Empowerment, and Intelligent Drive." The conference focused on cutting-edge topics such as the research and development of novel composite polymer coagulants, the construction of product carbon footprint management systems, the preparation of defluoridation flocculants, and intelligent chemical dosing systems for water plants. Two specialized group discussions were held for aluminum and iron salts. The conference proposed that the water treatment chemical industry is accelerating its transformation towards low-carbon and intelligent directions, cultivating new productivity through technological innovation, and building a solid ecological security barrier for water treatment through industrial upgrading.